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The particles of gas have more energy and are less tightly packed than particles in solids. This allows gas particles to move freely and change position easily, while solid particles are held in a fixed position by strong intermolecular forces.
Neutrons are stable subatomic particles and do not decay or change into other particles under normal conditions. However, electrons do not undergo nuclear decay but can change in energy levels within an atom.
Particles become less organized when they change state from a solid to a liquid. In a solid, particles are arranged in a specific pattern and vibrate in place, but in a liquid, the particles have more freedom to move around and do not have a fixed position.
During a phase change, the particles of matter either gain or lose energy to break or form intermolecular bonds. This causes them to rearrange into a different structure, resulting in a change in the physical state of the matter. The particles themselves remain unchanged, but their arrangement and movements differ depending on the phase.
When particles are observed, they can change their behavior or properties due to the act of measurement or observation. This phenomenon is known as the observer effect in quantum mechanics.
When a solid is heated its particles melts and change into liquid
When a solid is heated its particles melts and change into liquid
Gas has fast moving particles.
The particles of gas have more energy and are less tightly packed than particles in solids. This allows gas particles to move freely and change position easily, while solid particles are held in a fixed position by strong intermolecular forces.
When they collide with other particles or a surface (wall of a tank).
the particles will move closer together
When a solid is heated its particles melts and change into liquid
Neutrons are stable subatomic particles and do not decay or change into other particles under normal conditions. However, electrons do not undergo nuclear decay but can change in energy levels within an atom.
proton,
No. It is a physical or mechanical change.
The particles themselves don't change, but their behavior does. If you are simply heating a solid, but not to the point of a phase change, the particles remain locked in place but they vibrate faster. If you heat a solid to the point that it goes through a phase change, the particles start to vibrate fast enough to break the intermolecular bonds and keep them broken enough to allow the particles to slide past and around one another.
Particles become less organized when they change state from a solid to a liquid. In a solid, particles are arranged in a specific pattern and vibrate in place, but in a liquid, the particles have more freedom to move around and do not have a fixed position.